Spinout SPARTA Biodiscovery speeds commercial roll-out with up to £3.5m funding
Imperial rises up world university rankings
Podcast: Bedtime rituals, recycling clothes and data bias in AI
The Agri Futures Lab is a virtual Centre focused on the delivery of multi-disciplinary solutions to the current and future problems facing the agri-sciences disciplines and sectors.
AGRI-net is an Agri-science Chemical Biology network facilitating the translation of new technologies to key end-users in the Agri-sciences.
The CAPITALS Programme is a large-scale collaboration to work on the emerging field of molecular membrane engineering
Addressing challenges in drug discovery by nucleating critical mass within the College spanning multiple areas of science and technology of high relevance to drug discovery.
FABRICELL aims to support researchers exploring Chemistry-Biology space in the creative design of artificial cellular devices whereby living and non-living components are fused together using bottom-up approaches.
The membrane biophysics group focuses on applying physical chemistry techniques to gain a novel insight into biological and biophysical properties of membranes.
The Imperial College Advanced Hackspace is a unique community of over 2000 like-minded makers, hackers, inventors and entrepreneurs across the University. Supported by an extensive suite of prototyping equipment and professional experts, ICAH has created a vibrant environment that makes it the best place in the world to turn idea into a reality.
The Centre brings together world leading research teams across Imperial College’s Faculties. Using multi-disciplinary approaches and cutting edge techniques the Centre extends the strength and capability of the research base to respond to key emerging global challenges in Nutrition, Food and Health.
TBA
The old ICB CDT, which provided training in Physical Sciences Innovation in Chemical Biology for bioindustry and healthcare
The new ICB CDT, supporting students to bring about the next generation of Molecular Tools and Technologies for the 4th Industrial Revolution.
Training a new generation of PhD graduates in the emerging field of Cellular Bionics to explore the science of fusing the living and non-living, transforming bioengineering and design.
